Acousto-Optic Modulators Deflctor Filter TeO2

• After-sales Service: After-Sale Service
• Warranty: 12
• Shipping: FedEx, DHL, UPS...
• Currency: USD, Euro, RMB
• Polish: Customized
• Coating: Customized
• Model NO.: FW-CRYSTAL
• Transport Package: Box
• Specification: costomized
• Trademark: FineWin
• Origin: China

Product Description

Tellurium Dioxide Crystal (TeO2) is one of the best Acousto-Optic crystals even grown, and extensively used in AO modulators, deflectors, AO tunable filters (AOTFs), laser Q-switches, RF spectrum analyzers. We provides various laser-grade Tellurium Dioxide devices.

 

Main Specifications
	Boule	Wafer
Growth direction	[100] [110] [111]	[110] [001] [111]
Dimension	f 35 ~ 50mm	f35 ~ 50mm
Length/Thickness	50 ~ 60mm	0.2 ~ 1.0mm
Flatness		≤ 15 mm
Bow		≤ 15 mm

 

Physical Properties
Crystal Structure	Tetragonal
Point Group	422
Lattice Parameter )nm)	a   0.4810 c   0.7613
Density	5.99 g/cm^3
Melting Point	730°C
Mohs Hardness	4.5
Transparency Range (nm)	350 ~ 500
Gradient of Refractive Index(×10^-15)/cm	≤ 5
Refractive Index	no = 2.260 n3  = 2.142
Transmittivity	70%@632.8nm
Phase Velocity (m/s)	616
Photo-elastic Coefficient	P11=0.074   P13=0.340   P31=0.091   P33=0.240
Figure of Merit( ×10^-18S^3)/g	M2 793

Application:
TeO2 crystals can be used to produce kinds of acousto-optic device, such as acousto-optic deflector, acousto-optic Q-switched and SAWD. Thus, these crystals are widely used in lidar, the scanning of TV and large screen's displayer, the optical memory of photon computer and laser communication.
We can provide 2inch, 3inch 4inch TeO2 ingots and all specs of wafers,bars, and blocks. Any of your questions and comments are warmly welcome.

Characteristic:
TeO2, Colorless synthetic single crystal, grown from melt with Czochralski method
Symmetry: Tetragonal, 422 (D4)
Lattice distances: a = 4.8122 A; c = 7.6157 A
Molecular weight: 159.5
Density, g/cm3: 5.99 ± 0.03
Melting point: 733 0С
Hardness: 3 - 4 Moh's hardness scale
Thermal expansion, ·10-6 К-1: α11 = 17.7; α22 = 17.7; α33 = 5.5
Transmission: 0.35 - 5.0 μm

Facilities: